Zhuzhou Ruideer Metallurgy Equipment Manufacturing Co., Ltd. is a professional equipment manufacturer in the powder metallurgy industry. It is a high-tech enterprise that researches and develops, manufactures and services a wide range of furnaces for sintering, dewaxing, debinding.
Sintering is traditionally used for making parts from different materials like: pure metals produced in vacuum, steels (constructional, stainless, tool, etc.), ceramic, cermet and has also found uses in such fields as powder metallurgy. Powder metallurgy is used along with other metal forming processes such as
Depending on the metal used and tailored density, tensile strength can range from 8,000 psi to 180,000 psi after sintering. What are the benefits of Powder Metallurgy? The advent of so many technological advances in the powder metallurgy field makes it the up and coming low-cost producer of bushings, bearings, and structural parts.
20185242. When different sintering equipment of powder metallurgy iron base parts of the oxidation of 2, 1 in the push rod type sintering furnace sintering in sintered iron base parts in pusher-type sintering furnace, late early oxidation, oxidation and hybrid oxidation are likely.
Last 35 years involved in manufacturing of Industrial furnaces with focus on Powder Metallurgy. Sintering Furnaces - Electric or Gas heated. Sintering Furnaces for bronze parts. Steam Blueing Furnaces - Electric or Gas heated. Continuous Heat Treatment furnaces for Carburising & Hardening.
The parts are heated to a temperature below the melting point of the base metal, held at the sintering temperature, and then cooled. Basically a solid-state process, sintering transforms compacted mechanical bonds between the powder particles into metallurgical bonds. This provides the PM part's primary functional properties.
The basic powder metallurgy process consists of powder compaction, sintering and where necessary, post processing operations such as machining, heat treatments and surface treatments. There are some methodologies whereby the compaction and sintering stages are combined into a single step such as hot
Sintering Furnaces for manufacturing of Metal Parts from Metal Powder. Sintering Furnaces with precise temperature controlling. These Sintering Furnaces are used for manufacturing of Metal Parts, Bushes, Gears etc, by sintering process i.e. Heating in a controlled atmosphere.
Expert has a vast knowledge of furnaces and atmospheres required for heat treatment of materials. He has a continuing program to improve the use of the vacuum furnace for the sintering of P/M parts. He is familiar with belt furnaces currently used for sintering.
Hot pressing furnaces apply heat and pressure simultaneously to a sample for densification, sintering or changing a material structure. Hot pressing furnaces are used in powder metallurgy and ceramics for bonding of powders or preformed compounds. Compression rods apply force on a sample typically in a punch and die setup.
Sintering. Sintering is essentially the same process as that used for traditional die pressed Powder Metallurgy parts and can be done in continuous or batch type furnaces, either as separate units or integrated into a complete production line.
sintering times would be preferable; but the correspondingly higher sintering temperatures are less economical because of higher maintenance costs for the sintering furnace. In iron powder metallurgy, common sintering conditions are: 15 - 60 min at 1120 - 1150 ° C. Geometrical structure of the powder particles.
We provide powdered metal parts to both the biggest names in the Fortune 500 and the smallest mom and pops. PSP's sintered metal parts are utilized in the industrial machinery, marine, power tools, appliances and oil & gas industries to name a few.
Metal Injection Molding (MIM) is a mature and proven manufacturing technology for small, complex, tight tolerance and high performance metal parts. MIM is an economical alternative to traditional metal forming technologies such as mechanical processing, investment casting and powder metallurgy.
The first heat treatment process that almost all PM parts are exposed to is sintering. The most common furnace atmosphere for the sintering step is nitrogen with 10% hydrogen. To prevent decarburization, a small amount of methane gas may also be added. One of the more common PM heat treatments is sinter hardening.
Customers of our powder metallurgy services fall into two groups. Does your die cast component need upgrading? We may have the technology to redesign that for powder metallurgy and cut costs. Are you already using sintered metal parts manufacturing but want to take your electric machine component to another level?
Sintering is a process required for many different parts and applications, including powder metallurgy, metal injection molding (MIM) and 3D printing components of various types or beading applications including abrasives. In the Ipsen vacuum process, parts are first heated to the binding agent's vaporization temperature.
GTB Components Ltd is the leading powder metal parts manufacturer aims to produce the best quality ferrous and stainless steel sintered components which fully conform to our customers' total requirements, at a competitive price. The Company has a Global customer base supplying the Automotive, Building Products and Home/Leisure Industries.
Vacuum Debinding and Sintering Furnace. Vacuum debinding and sinter furnace is mainly suitable for debinding and sinter process of tungsten alloy, heavy alloy, moly alloy, titanium alloy and cemented carbide materials. The vacuum debinding sitering furnace is used for PEG, paraffin and rubber binder removing.